Episódios
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Joining us on board the bridge of the good ship SS Tomorrow this week is Gavin Mooney from Kaluza. Discussing the evolution of renewable energy, the role of technology in transforming the energy market, and the challenges faced in Australia. Gavin shares insights on Kaluza's mission to empower energy companies, the impact of electric vehicles and vehicle-to-grid technology, and the importance of consumer engagement in the energy transition. The conversation highlights the need for automation and ease of use for consumers to facilitate a smooth transition to renewable energy.
Takeaways:
Gavin has over 20 years of experience in the energy sector.Kaluza aims to reduce operating costs and boost customer loyalty.The energy transition involves managing, storing, and sharing energy effectively.Australia has world-leading penetration of rooftop solar.Policy and politics can hinder the renewable energy transition.EVs can serve as significant energy storage solutions.Consumers will become active participants in the energy market.Automation is key to making energy transitions seamless for consumers.Kaluza's technology optimizes the use of smart devices in energy management.The future of energy consumption will involve shifting demand to match supply. -
In this episode, host Dave interviews Graham Kittle, managing partner of Heidrick & Struggles in Australia, discussing the current state of AI technology adoption in the Australian workforce, the importance of preparing future talent for AI roles, and the emerging role of the Chief Artificial Intelligence Officer (CAIO). They explore the skills necessary for aspiring CAIOs and the future landscape of AI in the workplace.
AI technology adoption is still in its early stages in Australia.There is a growing need for skilled AI professionals.High school students should focus on STEM subjects to prepare for AI careers.The role of CAIO is expected to become more common in the C-suite.Stakeholder engagement is crucial for CAIOs.Soft skills are as important as technical skills for aspiring CAIOs.Education systems need to adapt to include AI in their curriculum.The future of work will heavily involve AI technologies.Networking and PR skills can benefit those in AI leadership roles.The landscape of AI will continue to evolve towards 2030 and beyond. -
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To celebrate our 150th episode let's take a look back at some of our amazing renewable energy and green tech startup success stories across Australia and New Zealand.
Remember folks, stay curious and the future is user friendly!
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Are we destined to explore the stars? After all, we do travel on this podcast on board the good ship SS Tomorrow.
In this conversation, astrophysicist J. Craig Wheeler discusses the future of humanity in relation to evolution, artificial intelligence, and space exploration. He emphasises that Homo sapiens are not the final stage of evolution and that we are likely to change our own evolution through technology.
Wheeler also explores the concept of the singularity, the ethical implications of AI, and the importance of being aware of rapid technological changes. He concludes with thoughts on humanity's potential to become a space-faring species and the challenges that lie ahead.
Keywords
astrophysics, evolution, singularity, artificial intelligence, ethics, technology, space exploration, future of humanity
Takeaways
We are not the final stage of evolution.
Artificial intelligence will likely disrupt our lives.
Ethics in AI development is complex and crucial.
Homo sapiens may not exist in a million years.
Technological changes are happening at an exponential rate.
We need to be aware of the rapid changes in technology.
Space exploration may lead to new habitable environments.
AI alignment with human values is necessary.
The future of humanity depends on how we guide technology.
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Joining us on board the bridge of the good ship SS Tomorrow is Dr. Elliot Justin, who discusses the intersection of sex technology and health, focusing on the importance of nocturnal erections as indicators of cardiovascular health. He introduces innovative products like the Tech Ring, which provides data-driven insights into male sexual health and performance.
The discussion also touches on the stigma surrounding sexual health, the need for data privacy, and the future of sexual wellness technology, including advancements for female health.
Keywords
sex tech, erectile dysfunction, nocturnal erections, health technology, sexual wellness, data privacy, cardiovascular health, innovation, medical technology, male health
Takeaways
Nocturnal erections can predict cardiovascular health risks.The Tech Ring revolutionises data collection in sexual health.Erectile dysfunction affects a significant percentage of men over 50.Data privacy is crucial in health technology.Frequent sexual activity can improve overall health.Innovations in sex tech can enhance sexual performance.Understanding personal data can lead to better health decisions.Future developments will include female sexual health monitoring.Healthcare should be data-driven, not subjective.Sexual health is an essential aspect of overall wellness. -
In the first chapter, Dave interviews Lou Hawthorne, an expert in nanotechnology, particularly its applications in medicine. Lou shares his unique journey from creative writing to biotechnology, explaining the fundamentals of nanotechnology and its potential to revolutionise disease treatment. He discusses the innovative approach of using nanotechnology to capture and clear disease-causing molecules from the bloodstream rather than delivering drugs. The conversation also touches on personalised treatment plans, the future of nanotechnology in medicine, and its potential applications in space health.
Nanotechnology operates at the nanoscale, which is a billionth of a metre.
The technology developed by Lou captures and clears harmful molecules from the blood.
Conventional nanomedical technology often fails due to targeting issues.
Lou's approach focuses on soluble tumour-generated immune inhibitors in cancer treatment.
Nanots can deplete specific molecules from the blood rapidly and effectively.
Due to its high mortality rate, Sepsis is a major focus for nanotechnology applications.
Personalised treatment plans can be developed based on specific immune inhibitors in patients.
The future of medicine may rely on understanding the body as an informational system.
Nanotechnology has potential applications in maintaining astronaut health during space missions.
In the second chapter, Dr. Jeff Gross discusses the fascinating world of stem cell research and regenerative medicine. He shares his journey from traditional neurological surgery to exploring the potential of stem cells in treating various conditions. The discussion covers the ethical sourcing of stem cells, the contrast between regenerative and conventional medicine, and the promising future of stem cell treatments, including their application in cancer therapy and improving the quality of life for the elderly. Dr Gross also highlights success stories in stem cell therapy and emphasises the importance of lifestyle choices in enhancing the effectiveness of regenerative treatments.
Takeaways
Regenerative medicine uses the body's own cells to heal.
Stem cells can be ethically sourced from amniotic fluid and umbilical cords.
Lifestyle choices significantly impact the effectiveness of regenerative treatments.
Stem cell treatments are already being used in professional sports.
Exosomes derived from stem cells show promise in cancer treatment.
The future of regenerative medicine is bright with ongoing research.
Patients can avoid invasive surgeries through stem cell therapies.
Eating natural foods and exercising can enhance longevity.
Medical tourism is a growing trend for accessing stem cell treatments.
Dr. Gross's clinic focuses on personalised treatment plans for patients.
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Daniel Garcia from Kaseya is joining us on the bridge here on the good ship SS tomorrow. He discusses his journey in the MSP space and the mission of Kaseya in providing affordable cybersecurity solutions for small to mid-sized businesses. He emphasizes the importance of education for end users, the role of AI in enhancing cybersecurity measures, and the future of automation in the industry. Daniel also highlights the growing threats SMBs face and the need for a zero-trust architecture to protect against these threats.
Keywords
Kaseya, cybersecurity, AI, small businesses, MSPs, automation, threat landscape, zero trust, future of cybersecurity
Takeaways
Kaseya aims to provide comprehensive cybersecurity solutions for SMBs.
Small to mid-sized businesses are increasingly targeted by cyber threats.
Education for end users is crucial in cybersecurity.
AI and automation will play a significant role in the future of cybersecurity.
The MSP market is expected to grow as SMBs rely more on external services.
Automation can eliminate repetitive tasks, allowing humans to focus on higher-order work.
Kaseya's mission includes making cybersecurity affordable for all businesses.
The integration of AI in cybersecurity tools enhances efficiency and protection.
Zero-trust architecture is becoming essential for modern cybersecurity strategies.
The future of cybersecurity will heavily rely on technology and automation.
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Nathan Rhodes, General Manager of Intium, is joining us on board the bridge of the good ship SS tomorrow this week.
In this conversation, we discuss the renewable energy transition in Australia, highlighting the importance of long-term planning, innovative technologies, and collaboration within the industry. He shares insights from his extensive experience in the energy sector and outlines the challenges and barriers faced in the transition. Nathan also addresses common myths about renewable energy projects. He provides a vision for the sector's future, emphasising the role of batteries and the need for effective supply chain management.
Keywords
renewable energy, energy transition, Australia, Intium, Nathan Rhodes, technology, challenges, collaboration, supply chain, future of energy
Takeaways
Australia needs a long-term solution for energy transition.
Intium plays a crucial role in supporting the energy transition.
Digital engineering can significantly improve project efficiency.
There is untapped latent capacity in Australia's energy networks.
Not every renewable energy project needs to be unique.
The future of renewable energy will be highly integrated.
Batteries are essential for addressing energy storage challenges.
Collaboration across the industry is vital for success.
Supply chain management is critical for project delivery.
Setting projects up for success early can prevent delays.
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Here on board the good ship SS Tomorrow we love to showcase Aussie ingenuity.
Joining us on board today is Erich Kisi, co-founder and chief scientist of MGA Thermal, who shares insights from his extensive experience in materials science and renewable energy.
The discussion focuses on MGA Thermal's innovative thermal energy storage technology, its role in the renewable energy landscape, and the prospects for energy storage solutions in Australia. Erich emphasises the importance of long-term energy storage for grid stability and the decarbonisation of industrial processes, while also discussing the local manufacturing landscape and workforce in the Hunter region.
Keywords
renewable energy, thermal energy storage, MGA Thermal, energy transition, industrial heat, decarbonization, energy efficiency, Australia, energy storage solutions, sustainable technology
Takeaway
Erich Kisi has 45 years of experience in materials science.
MGA Thermal develops thermal energy storage products.
The technology allows for energy storage by changing states from solid to liquid.
Long-duration storage is crucial for stabilising the electricity grid.
Thermal energy storage can decarbonise industrial processes.
Renewable energy investment requires reliable storage solutions.
Australia's renewable energy future looks promising with achievable targets.
The Hunter region has a skilled workforce for renewable energy manufacturing.
MGA Thermal's technology can store energy at high temperatures.
Collaboration in the local industry enhances manufacturing capabilities.
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Joining us on the flight deck this week on the good ship SS Tomorrow is Jason Perelson, who discusses the concept of upside-down thinking and its application in problem-solving. He emphasises the importance of creativity and human touch in a world increasingly driven by AI and automation. The conversation also touches on the potential for a societal Renaissance following the COVID-19 pandemic and the need for a shift in focus towards the arts and humanities.
Perelson envisions a future in which AI and the Internet of Things are integrated into smart cities and homes, emphasising sustainability and regenerative systems. He also highlights the importance of digital ethics and the need for comprehensive frameworks to protect individuals and ensure responsible AI development.
Keywords
upside-down thinking, problem-solving, creativity, AI, automation, societal renaissance, arts and humanities, smart cities, sustainability, regenerative systems, digital ethics, responsible AI development
Takeaways
Upside down thinking involves approaching problems from a different perspective and challenging conventional wisdom.
Creativity and the human touch are essential in a world driven by AI and automation.
The COVID-19 pandemic has the potential to lead to a societal renaissance and a shift towards valuing arts and humanities.
The future will see the integration of AI and the Internet of Things in smart cities and homes, focusing on sustainability and regenerative systems.
Digital ethics and responsible AI development are crucial for protecting individuals and ensuring positive outcomes.
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Joining us today on the flight deck of the good ship SS Tomorrow is Max Gharardi from Point Break Security. He discusses the use of AI agents in cybersecurity. These agents are like virtual teammates that can perform tasks and help with cybersecurity defence.
Swarm intelligence allows multiple AI agents to communicate, learn from each other, and improve their work. Max also highlights the current threats in cybersecurity, including the use of AI by criminal organisations. He emphasises the importance of cyber hygiene and recommends staying informed, using reputable security tools, and patching systems.
In the future, Max envisions increased adoption of AI in companies and encourages embracing the technology rather than resisting it.
Keywords
cybersecurity, AI agents, swarm intelligence, cyber threats, criminal organisations, cyber hygiene, AI adoption
Takeaways
AI agents in cybersecurity act as virtual teammates and can perform tasks to enhance cybersecurity defense.
Swarm intelligence allows AI agents to communicate, learn, and improve their work.
Current cyber threats include the use of AI by criminal organizations.
Practicing good cyber hygiene, such as staying informed and using reputable security tools, is crucial for protection.
Embracing AI technology and staying proactive can help individuals and companies stay ahead in the cybersecurity landscape.
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Joining us on board the good ship SS Tomorrow, today is Mat Johnson, a drone expert from Bristol, UK. They discuss the various applications of drone technology, including maritime monitoring, forest monitoring, search and rescue operations, and more.
Mat also shares his journey in the aerospace industry and advises aspiring drone pilots. They envision a future where drones are widely used for data collection and operate autonomously. Overall, the conversation provides a comprehensive introduction to the world of drones.
Keywords
drones, technology, applications, maritime monitoring, forest monitoring, search and rescue, aerospace industry, future
Takeaways
Drones have a wide range of applications beyond military and recreational use, including maritime monitoring, forest monitoring, and search and rescue operations.
The drone industry is still relatively immature, but there is a lot of potential for growth and innovation.
Building and prototyping drones on your own can be a valuable learning experience, as the industry is evolving rapidly.
In the future, drones are expected to be widely used for data collection and operate autonomously.
Regulations and technological advancements will play a crucial role in the development of the drone industry.
00:00 Introduction and Background
03:20 Applications of Drone Technology
09:09 Drones in Search and Rescue Operations
12:12 Regulations and Limitations
14:56 Advice for Aspiring Drone Pilots
15:07 The Future of Drones
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Joining us on board the good ship SS Tomorrow today is. Sophie Thompson, founder and CEO of Virtual Speech, discusses the use of virtual reality (VR) technology in communication skills training. Virtual Speech offers courses in public speaking, presentations, interviews, sales, and more, using VR to provide a safe space for practice and feedback. Thompson highlights the potential of VR in education, training, and other industries, emphasising the importance of human-centred design and considering the practical applications of VR. She also discusses the future of VR, including the integration of generative AI and the potential for democratising education through virtual classrooms.
Keywords
virtual reality, VR, communication skills, training, education, human-centred design, generative AI, virtual classrooms
c00:00 Introduction and Background
02:36 Virtual Speech: Communication Skills Training in VR0
6:56 Virtual Reality and the Metaverse
09:31 The Future of VR: Integrating Generative A
I12:17 Democratising Education through Virtual Classrooms
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JJ Jerome will join us on board the good ship SS Tomorrow to discuss the concept of the second human evolution
Evolution is no longer moving forward in first-world countries due to the absence of survival pressures. Physical and mental capabilities are declining, with the average adult in America being 11 kilogrammes heavier and losing one point of IQ every decade. The alpha male concept still exists, with the far right being attracted to this ancient model. Social media has given everyone a voice, amplifying extremists and creating a divide between truth and falsehood. The future of AI raises ethical questions, such as whether AI should have equal rights or be treated as a class of slaves. The decline in population in first-world countries and the rise of AI may change how humans live, with virtual worlds, AI avatars, and a decrease in physical attractiveness becoming less critical.
Keywords
evolution, survival pressures, physical and mental capabilities, alpha male, far right, social media, truth and falsehood, AI, equal rights, population decline, virtual worlds, AI avatars, physical attractiveness
Takeaways
Evolution is no longer progressing in first-world countries due to the absence of survival pressures.
The alpha male concept still exists, with the far right being attracted to this ancient model.
Social media has given everyone a voice, amplifying extremists and creating a divide between truth and falsehood.
The future of AI raises ethical questions about equal rights and the potential for AI to become a class of slaves.
Population decline in first-world countries and the rise of AI will change how humans live, with virtual worlds and AI avatars becoming more prominent.
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Summary
Joining us today on board the good ship SS Tomorrow is Jack Curtis, the Chief Commercial Officer at NEARA, a software company that creates digital twins of critical infrastructure. They discuss the renewable energy transition in Australia over the past 10 years and the role of digital twins in making greener decisions. They also explore how digital twins can be used for stakeholder engagement and public education, as well as their application in city planning and the industrial metaverse. Jack provides advice for young people interested in building digital twins as a career.
Keywords
digital twins, industrial metaverse, critical infrastructure, renewable energy transition, stakeholder engagement, public education, city planning, career advice
Takeaways
The renewable energy transition in Australia has seen a significant decrease in the cost of renewable generation, making it the cheapest source of new build electricity.
Digital twins provide an identical replica of a physical asset and simulate its behavior, enabling organizations to make greener decisions and plan for the future.
Digital twins play a crucial role in stakeholder engagement and social license by providing transparency and visualizing the impact of infrastructure projects.
The industrial metaverse and digital twins are transforming industries by bringing together complex data points and enabling efficient decision-making.
Building a career in digital twins requires a passion for a specific domain or industry and a broad range of skill sets, including engineering, mathematics, physics, and creativity.
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Joining us today, on board the good ship SS Tomorrow is Stefan Fehr, who will discuss artificial general intelligence (AGI) and the current state of AI development. Stefan highlights the potential of AI systems and the need to maximize their capabilities before moving on to the next stage. They also touch on the ethical implications of AGI and the importance of preparing for its impact on society. Stefan emphasizes the exponential rate of technological development and the need for awareness and preparation. He shares insights on the future of longevity and the potential for significant changes in the world.
Keywords
artificial general intelligence, AGI, AI development, potential, capabilities, ethical implications, preparation, technological development, longevity
Takeaways
AI systems have the potential to perform tasks at a much faster rate than humans, with the ability to do the work of thousands of people.
The current state of AI development is progressing rapidly, and society needs to be prepared for the impact of AGI.
There is a need for greater awareness and understanding of AGI and its capabilities.
Technological development is exponential, and it is important to keep up with the latest advancements.
The future may bring significant changes, including increased life expectancy and the possibility of living in non-biological bodies.
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Joining us on board the good ship SS Tomorrow this week is Luke Trickett, a former national swimmer turned tech entrepreneur, who discusses his payment method solution called Backpocket. Backpocket allows groups to easily navigate the cost of living pressures by enabling seamless sharing of expenses. Trickett shares the inspiration behind Backpocket, which came from a personal experience of his wife's card declining when trying to pay for a group lunch. He explains how Backpocket works and its applications beyond event ticketing. Trickett also discusses the positive response from the market, particularly from millennials and Gen Z, and the potential future of the fintech space.
Keywords
Luke Trickett, national swimmer, tech entrepreneur, Backpocket, payment method, cost of living, group expenses, event ticketing, collaborative consumption, fintech
Takeaways
Backpocket is a payment method designed to help groups navigate the cost of living pressures by enabling seamless sharing of expenses.
The inspiration behind Backpocket came from a personal experience of Luke Trickett's wife's card declining when trying to pay for a group lunch.
Backpocket can be used for various shared experiences beyond event ticketing.
The market response to Backpocket has been positive, with high ratings and feedback from customers and merchants.
Backpocket has found adoption across multiple generations, including millennials and Gen Z.
Collaborative consumption is a smart strategy to overcome the challenges of rising costs of living.
The fintech space is expected to continue growing and evolving in the next five to ten years.
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Joining us on the good ship SS Tomorrow this week are Rachel Gallagher and Tom Hussey to discuss sustainability in the fashion industry. Rachel Gallagher, a former model turned sustainable fashion advocate and lecturer shares insights on fast fashion's environmental and social impacts and provides practical advice for living more sustainably. Tom Hussey from Xefco elaborates on innovative textile dyeing solutions using plasma technology, aiming to reduce the industry's carbon footprint and water pollution. The discussion emphasizes the importance of industry changes, consumer behaviour, and emerging sustainable practices to address the global issue of fashion pollution.
00:00 Introduction and Episode Overview
00:59 Meet Rachel Gallagher, Sustainable Fashion Advocate
02:25 The Environmental Impact of Fashion
08:02 Solutions for Sustainable Fashion
13:45 Practical Tips for Sustainable Living
14:56 Future of Sustainable Fashion
17:19 Meet Tom Hussey, Innovator in Textile Sustainability
20:40 Xefco's Revolutionary Dyeing Process
24:32 Consumer Tips and Industry Changes
30:21 Conclusion and Next Episode Preview
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Joining us on board the good ship SS Tomorrow are Jared and Jimmy from Perth Tech Startup Willow, a plant care sensor that helps users take care of their plants. They noticed a spike in the popularity of houseplants during the pandemic but also found that many people struggle to care for them properly. Willow measures soil moisture, temperature, humidity, and light levels and alerts users when their plants need attention. The goal is to make plant care simple and accessible for everyone. In the future, plant tech may advance to replicate external conditions indoors and allow for indoor gardening.
Keywords
plant care, houseplants, sensor, technology, ag tech, soil moisture, temperature, humidity, light levels, future of plant tech
Takeaways
The popularity of houseplants has increased during the pandemic, but many people struggle to care for them properly.
Willow is a plant care sensor that measures soil moisture, temperature, humidity, and light levels and sends alerts to users when their plants need attention.
The goal of Willow is to make plant care simple and accessible for everyone.
In the future, plant tech may advance to replicate external conditions indoors and allow for indoor gardening.
Questions? Comments? I love to hear feedback from listeners and read them back the following episode. Send them directly to me: [email protected]
Remember, folks, that this podcast is for educational purposes only and should not be seen as financial advice. Please do your own research before any finance or investment decisions.
What topics or trends would you like to hear about? Send in your thoughts to [email protected]
Connect with me directly on LinkedIn and keep the conversation flowing: https://www.linkedin.com/in/dave-monk-mphil-cpm/
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Arie Trouw is joining us today on board the good ship SS Tomorrow and discusses the concept of self-sovereignty in the digital era and its application to web3 technology. He explains that self-sovereignty means being self-sufficient and doing things without permission or requirement from others. He compares it to having a self-sufficient home off the grid. Arie also discusses the challenges of achieving self-sovereignty, such as the lack of curated solutions and the performance and cost issues in web3. He envisions a future where there is an expectation for services to provide web3 concepts and for users to have more control over their data and devices.
Keywords
sef-sovereignty, digital era, web3, decentralized control, transparency, peer-to-peer tech, challenges, future
Takeaways
Self-sovereignty means being self-sufficient and not relying on others for permission or requirements.
Transparency is essential in achieving self-sovereignty, as many people are unaware of what data they give away and the risks involved.
Web3 technology, such as peer-to-peer tech, can enable self-sovereignty by allowing users more control over their data and devices.
Challenges in achieving self-sovereignty include lacking curated solutions, performance and cost issues, and resistance from large companies.
In the future, services will be expected to provide Web3 concepts and for users to have more control over their data and devices.
Chapters
00:00 Introduction and Ari's Journey
01:23 Understanding Self-Sovereignty
09:57 Challenges in Achieving Self-Sovereignty
14:05 The Future of Self-Sovereignty
Questions? Comments? I love to hear feedback from listeners and read them back the following episode. Send them directly to me: [email protected]
Remember, folks, that this podcast is for educational purposes only and should not be seen as financial advice. Please do your own research before any finance or investment decisions.
What topics or trends would you like to hear about? Send in your thoughts to [email protected]
Connect with me directly on LinkedIn and keep the conversation flowing: https://www.linkedin.com/in/dave-monk-mphil-cpm/
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